Engineering-Led Robotics Services
Identify the Right Manufacturer Before Starting the RFQ
Yana helps robotics companies identify relevant manufacturers, OEMs, contract manufacturers, system integrators and specialist suppliers in China.
We begin with the required supplier role and product capability, then map, classify and screen candidates to produce a focused shortlist for RFQ or deeper qualification.
Identify companies that design, manufacture or supply complete robot platforms or application-specific robotic systems.
Find suppliers capable of manufacturing a buyer-controlled robot or subsystem rather than supplying an existing branded platform.
The design must be sufficiently mature for meaningful manufacturer comparison.
Map potential alternatives when an existing supplier creates cost, capacity, quality, geopolitical or lifecycle dependency.
Alternatives are not interchangeable without engineering validation.
Reduce a broad supplier landscape into a focused group of candidates that appear relevant enough for structured technical and commercial engagement.
Determine which type of company should own the required product, engineering, manufacturing, integration and lifecycle responsibilities.
Research relevant manufacturers and supplier categories across the appropriate Chinese robotics and manufacturing ecosystems.
Separate actual manufacturers and product owners from distributors, integrators, resellers, trading companies and private-label businesses.
This is central to the service. The same commercial label can represent materially different ownership and capability structures.
Review publicly available and supplier-provided evidence relating to:
This is an initial screen, not a factory audit or complete supplier qualification.
Where included in scope, discreet supplier outreach may:
Compare the most relevant candidates and recommend which suppliers should proceed to RFQ, technical clarification or deeper qualification.
A segmented view of relevant companies by supplier role, robot category, capability and geography.
A structured set of potentially relevant suppliers with company profiles and initial relevance notes.
A side-by-side comparison using the same initial technical, manufacturing, commercial and evidence fields.
A focused group of suppliers considered suitable for RFQ, clarification or qualification, subject to stated conditions.
Known information gaps, role ambiguity, dependencies and issues requiring verification during the next stage.
Exact deliverables and candidate volume depend on project scope, category complexity and the quality of available evidence.
Clarify the product or system category, application, technical requirements, expected volume, project stage, destination market and supplier responsibilities.
Key output: Supplier-search brief
Research the relevant product, manufacturing and application ecosystems and identify companies that may fit the defined supplier model.
Key output: Candidate landscape
Determine whether each candidate operates as an OEM, ODM, contract manufacturer, system integrator, specialist supplier, distributor or trader.
Key output: Supplier-role map
Review product fit, apparent technology ownership, manufacturing capability, application experience, market evidence and material information gaps.
Key output: Initial screening matrix
Identify candidates appropriate for RFQ or deeper qualification and document the conditions, unanswered questions and risks attached to each recommendation.
Key output: Recommended shortlist and next-step plan
NIST defines supplier due diligence as investigative research into pertinent information about a supplier or product so that acquisition decisions can be informed. Its final SP 1326 is scoped to ICT suppliers, but its principles—provenance, resilience, foundational cyber practices and supply-chain tiers—are also useful prompts when evaluating connected robotics suppliers and products. NIST
| Supplier type | Typical deliverable | Key question |
|---|---|---|
| Complete robot OEM | Existing robot platform | Does the supplier control the required robot architecture and roadmap? |
| Specialist robot manufacturer | Robot for a defined category or application | Is its specialist capability relevant to the actual use case? |
| ODM/private-label manufacturer | Supplier-developed product sold under another brand | Who owns the design, firmware, tooling and market rights? |
| Contract manufacturer | Buyer-designed robot or subsystem | Can the supplier manufacture, test and scale the buyer’s design? |
| System integrator | Complete robotic application or cell | Does it have application-specific engineering and safety capability? |
| Component or subsystem supplier | Motor, reducer, actuator, controller or other subsystem | Is the component compatible with the full robot architecture? |
| Application-equipment manufacturer | Robot combined with process equipment | Which party owns performance responsibility for the completed system? |
| Distributor or reseller | Third-party robot products | What technical, service and warranty responsibilities remain with the OEM? |
Complete robot OEM
Typical deliverable: existing robot platform. Key question: does the supplier control the required robot architecture and roadmap?
Specialist robot manufacturer
Typical deliverable: robot for a defined category or application. Key question: is its specialist capability relevant to the actual use case?
ODM/private-label manufacturer
Typical deliverable: supplier-developed product sold under another brand. Key question: who owns the design, firmware, tooling and market rights?
Contract manufacturer
Typical deliverable: buyer-designed robot or subsystem. Key question: can the supplier manufacture, test and scale the buyer’s design?
System integrator
Typical deliverable: complete robotic application or cell. Key question: does it have application-specific engineering and safety capability?
Component or subsystem supplier
Typical deliverable: motor, reducer, actuator, controller or other subsystem. Key question: is the component compatible with the full robot architecture?
Application-equipment manufacturer
Typical deliverable: robot combined with process equipment. Key question: which party owns performance responsibility for the completed system?
Distributor or reseller
Typical deliverable: third-party robot products. Key question: what technical, service and warranty responsibilities remain with the OEM?
The supplier’s marketing description does not establish what it actually designs, manufactures, integrates or supports.
| Dimension | Initial screening questions |
|---|---|
| Supplier identity | What is the legal and operating entity? |
| Product ownership | Does it own, manufacture, integrate or resell the product? |
| Technical relevance | Does the current portfolio address the defined application? |
| Manufacturing evidence | Is there credible evidence of relevant production capability? |
| Commercial fit | Does the supplier appear aligned with volume, market and engagement model? |
| Risk and dependency | Are material technology, ownership, support or supply-chain risks visible? |
Supplier identity
What is the legal and operating entity?
Product ownership
Does it own, manufacture, integrate or resell the product?
Technical relevance
Does the current portfolio address the defined application?
Manufacturing evidence
Is there credible evidence of relevant production capability?
Commercial fit
Does the supplier appear aligned with volume, market and engagement model?
Risk and dependency
Are material technology, ownership, support or supply-chain risks visible?
Do not treat initial screening labels as “verified supplier”, “approved factory” or “trusted supplier” language unless a defined qualification process has actually been completed.
Supplier sourcing identifies who should be investigated. Supplier qualification determines whether the shortlisted supplier has enough evidence and capability to proceed.
China contains dense ecosystems spanning industrial robots, collaborative robots, service robots, motion-control components, electronics, precision manufacturing and product assembly.
The sourcing challenge is not simply discovering companies. It is determining which companies own the relevant product technology, which manufacture internally, which operate as integrators or resellers, and which can support the buyer’s target market and lifecycle requirements.
China accounted for 54% of worldwide industrial-robot installations in 2024, and Chinese manufacturers reached 57% of their domestic industrial-robot market. These figures demonstrate the scale of China’s robotics ecosystem, but they do not prove the suitability of any individual supplier. IFR International Federation of Robotics
Supplier mapping can begin with incomplete information, but the relevance and comparability of the shortlist depend on the clarity of the requirement.
Technical guides and sourcing intelligence
Understand company models, industry structure and supplier-verification issues within China’s robotics ecosystem.
Technical guideCompare robot OEMs, integrators, configurations and supplier-selection factors.
Technical guideReview collaborative robot platforms, applications, safety responsibilities and manufacturer-evaluation criteria.
Technical guideExplore commercial service-robot categories, supplier models and deployment considerations.
It normally includes supplier-model definition, market mapping, role classification, initial capability screening, shortlist development and, where scoped, supplier outreach.
Yes. The search may cover complete robot OEMs, specialist manufacturers, ODM suppliers, contract manufacturers or system integrators, depending on the required product and responsibility model.
Yes. Alternative-supplier mapping can identify candidates that may reduce dependency on an existing supplier. Technical interchangeability and switching cost must still be validated separately.
No. A sourcing shortlist identifies candidates considered relevant enough for RFQ or deeper investigation. It does not mean that each candidate has completed technical, factory or quality qualification.
No. The service improves supplier relevance, role clarity and evidence visibility, but it cannot eliminate all technical, commercial or production risk.
An OEM normally owns and supplies an existing product platform. A contract manufacturer normally produces a buyer-controlled design. Responsibility for product architecture and validation therefore differs.
Supplier outreach can be included in scope. The process, buyer identity, confidentiality requirements and information disclosed should be agreed before contact begins.
The next stage may be technical and commercial RFQ, supplier clarification, sample review or formal supplier qualification, depending on project maturity.
Share the product category, application, current development stage, expected volume and the supplier capability you need. Yana can help define the appropriate supplier model, map relevant companies in China and build a focused shortlist for the next sourcing stage.
Provide enough context to define the supplier model and search brief. No account creation is required.